The BS in Mechanical Engineering at the University of Florida prepares students to solve complex mechanical problems by integrating core principles of thermodynamics, fluid mechanics, materials science, and robotics. The program emphasizes innovation through lab-based experimentation, computer-aided design, and multidisciplinary projects. Students gain hands-on experience in sustainable systems, manufacturing, and thermal-fluid applications, preparing them for careers in aerospace, automotive, energy, and product design.
Design and prototyping of a solar-powered water purification unit using thermodynamic modeling and CFD analysis
Development of a robotic exoskeleton for lower-body mobility assistance in physically challenged individuals
Design and performance analysis of a wind turbine blade for optimized power output using ANSYS Fluent
Fabrication and testing of an automated packaging conveyor system with PID speed control
Development of a bionic prosthetic arm controlled via surface EMG signals and microcontrollers
Design and stress simulation of a drone propeller using composite materials and finite element analysis
Energy recovery system for braking applications using flywheel energy storage and power electronics
Thermal analysis and design of a compact heat exchanger for automotive cooling systems
Smart HVAC system using Arduino and real-time feedback from thermal sensors for energy-efficient temperature control
Implementation of an automated fault detection system in rotating machinery using vibration analysis
Simulation of dynamic performance of a 4-bar linkage mechanism in MATLAB Simscape
Design of a low-cost, manually powered water pump for rural irrigation in developing countries
Investigation of noise reduction in automotive exhaust systems through acoustic simulation
Redesign and optimization of a bicycle frame using topology optimization and solid mechanics
Design and implementation of a compressed air vehicle prototype with pneumatic transmission
Fabrication of a 3D-printed mechanical gear system for torque amplification in small motors
Modeling the thermal stress distribution in aircraft turbine blades under varying operating conditions
Design and implementation of an autonomous guided vehicle (AGV) for warehouse logistics
Development of a dual-axis solar tracker with microcontroller-based actuation and feedback system
Analysis and testing of a vibration-absorbing material for aerospace structural applications
Design the future of machines, energy systems, and mechanical innovation with precision and impact.
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